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Both processes can be described with the same model and with reasonable accuracy.
Both processes can be successfully applied for finding the initial shape of bridge structures during erection procedures.
Notably, both processes can be realized simultaneously, and each one can contribute to the decrease in the number of living cells in the adhesion fraction.
The advantage of this method is that both processes can be optimized individually (e.g. optimal temperature is 45-50°C 45-50°Crolysis, whereas it is 30°C for fermentation).
The strategy allows the light-absorption step to be studied separately from the release step; therefore, both processes can be independently optimized.
Both processes can be visualized by MRI (magnetic resonance imaging), in multiple sclerosis patients and in the animal model EAE (experimental autoimmune encephalomyelitis).
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This study shows that both electrochemical processes can be robust alternatives to the existing regeneration technologies.
Because the frequency of actuation signal and the frequency of the signal corresponding with the bridge displacement are separated both electrical processes can be done in parallel.
In any case, both growing processes can be qualified as efficient to produce Au-NPs in a porous silica gel.
If energy integration is strictly applied, the energy demand of both proposed processes can be completely covered by the heat generated in the process.
The findings suggest that formulations of biosolids derived from both treatment processes can be harnessed for production of nutrient-rich soil amendment or biofertilizer.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com